Skip to main content

Search Results

Refine Results

Back

Refine Results

Publish Date:

138 Search Results for Soil Science

  • Publications

    [Archive] Forestry section proceedings from the British Association for the Advancement of Science Annual Meeting 1986

    Lead Author: G.C. Barnes (Ed.)
    The paper explores the contribution that science has made to forestry and woodland management and looks at the scientific prospects and limitations for the future. It explains the reasons why Britain has become so low in self-sufficiency of wood products and charts the steps successive Governments have taken to change this, starting with the creation […]
  • Service

    Programme 5 Achieving multiple ecosystem benefits

    Summary of Programme Trees, woods and forests provide multiple benefits to society and many of these are recognised in the forestry and woodland strategies spanning the next 25-50 years. In particular, there are benefits to the environment through climate change mitigation and adaptation, air quality improvement, protecting water quality and soil health, flood mitigation and addressing […]
  • Tools and Resources

    Fossil fuels and climate change

    A short introduction to the problems of fossil fuel usage and climate change
  • Service

    Research highlights 2022-2023

    Some of what we have worked on this year A major work area at Forest Research this year has been the development of tools, guidance and research into the effects and mitigation of climate change. In 2022, we published the results of our pioneering Storm Damage Assessment, which establishes the scale and scope of damage in […]
  • Tools and Resources

    2017 – Carbon sequestration

    In climate change reporting, removals to forestland, also called the forest sink, measures the net annual accumulation of carbon in forests by woody biomass, soils and litter. Table 4.2 and Figure 4.2 show estimates and projections of net carbon dioxide removals attributed to UK forestry, from 1990 to 2050. The annual rate of accumulation is projected […]
  • Tools and Resources

    2018 – Carbon sequestration

    Forest carbon sequestration is the process of increasing the carbon content of the forest through processes that remove carbon dioxide from the atmosphere (i.e. photosynthesis).  Once sequestered the carbon is stored in the forest within living biomass, soil and litter and contributes to the forest carbon stock.   The forest carbon sink describes the natural reservoir […]
  • Tools and Resources

    Chronic oak decline / dieback

    Overview of chronic oak dieback. Information about distribution, symptoms, diagnosis and disease management.
  • Tools and Resources

    2022 – 4: Carbon

    Introduction This chapter contains information on: Estimates for England, Wales, Scotland and Northern Ireland are included, where possible, in addition to UK totals. International comparisons of carbon stocks are provided in the International Forestry chapter. Further information on the data sources and methodology used to compile the figures is provided in the Sources chapter. All of the statistics […]
  • Tools and Resources

    2023 – 4: Carbon

    Introduction This chapter contains information on: Estimates for England, Wales, Scotland and Northern Ireland are included, where possible, in addition to UK totals. International comparisons of carbon stocks are provided in the International Forestry chapter. Further information on the data sources and methodology used to compile the figures is provided in the Sources chapter. All of the statistics […]
  • Publications

    Technical Development – Land Restoration

    Operational research into land restoration to forestry on derelict, brown-field and disturbed land.
  • Tools and Resources

    The pre-reclamation site-investigation process

    Site investigation, remediation, contaminated land, brownfield land, restoration, woodland
  • Tools and Resources

    Phytophthora manual – 5. Managing sites felled to control phytophthora diseases

    Advice and guidance on managing forest sites where trees have been felled to control phytophthora diseases, especially Phytophthora ramorum and Phytophthora kernovii (formerly P. kernoviae), with special reference to preventing further spread of the diseases, and re-infection on site after replanting